Канал: Applied Mathematics

Yager Class of Complement Function (Part-3)

Yager Class of Complement Function (Part-3)

Sugeno Class of Fuzzy Complement

Sugeno Class of Fuzzy Complement

Fuzzy Complement- Basics

Fuzzy Complement- Basics

Properties of Fuzzy Set

Properties of Fuzzy Set

Normal and Convex Fuzzy Sets

Normal and Convex Fuzzy Sets

Features of Membership Function- Triangular and Trapezoidal

Features of Membership Function- Triangular and Trapezoidal

Crisp Sets Vs Fuzzy Sets

Crisp Sets Vs Fuzzy Sets

T - Norm/ Fuzzy Intersection- An introduction

T - Norm/ Fuzzy Intersection- An introduction

Questions on Finding Moments in Statistics

Questions on Finding Moments in Statistics

Questions based on Relation among Moment about mean, about arbitrary point (A) and and about origin

Questions based on Relation among Moment about mean, about arbitrary point (A) and and about origin

Relation between Raw moment and Central moment

Relation between Raw moment and Central moment

Relation between Moment about mean and Moment about any Arbitrary Point

Relation between Moment about mean and Moment about any Arbitrary Point

Moments| Moment about mean|| Moment about any arbitrary point A|| Moment about origin

Moments| Moment about mean|| Moment about any arbitrary point A|| Moment about origin

Questions on Kurtosis || Finding the value of Beta 2 (Coefficient of kurtosis)

Questions on Kurtosis || Finding the value of Beta 2 (Coefficient of kurtosis)

Introduction to Kurtosis|| What is Kurtosis??

Introduction to Kurtosis|| What is Kurtosis??

Explained Question on Skewness || Moments Method

Explained Question on Skewness || Moments Method

Introduction to Skewness

Introduction to Skewness

Curve Fitting || Method of least Squares || Fitting of curve y = ax^b

Curve Fitting || Method of least Squares || Fitting of curve y = ax^b

Curve Fitting || Fitting of Exponential Curve || y =ae^bx

Curve Fitting || Fitting of Exponential Curve || y =ae^bx

Curve Fitting || Fitting of Exponential Curve || Y =ab^x

Curve Fitting || Fitting of Exponential Curve || Y =ab^x

Curve Fitting || Parabolic Curve || Fitting of polynomial of any order

Curve Fitting || Parabolic Curve || Fitting of polynomial of any order

Curve Fitting || Method of least Squares || Fitting of Straight Line

Curve Fitting || Method of least Squares || Fitting of Straight Line

Regula Falsi Method | Numerical Methods| Finding Root of a function

Regula Falsi Method | Numerical Methods| Finding Root of a function

Bisection Method | Numerical Methods | Solution of Algebraic and Transcendental Equations

Bisection Method | Numerical Methods | Solution of Algebraic and Transcendental Equations

Introduction to Numerical Solution of Algebraic and Transcendental Equations

Introduction to Numerical Solution of Algebraic and Transcendental Equations

Error Analysis in Numerical Analysis

Error Analysis in Numerical Analysis

Variable Coefficient PDE| Reducible to Linear PDE with Constant Coefficients

Variable Coefficient PDE| Reducible to Linear PDE with Constant Coefficients

Partial Differential Equations | Equations Solvable by Direct Integration

Partial Differential Equations | Equations Solvable by Direct Integration

Formation of PDE | Elimination of Arbitrary Function | Questions

Formation of PDE | Elimination of Arbitrary Function | Questions

Formation of Partial Differential Equation | Elimination of Arbitrary Functions

Formation of Partial Differential Equation | Elimination of Arbitrary Functions

Formation of PDE | Elimination of Arbitrary Function | Questions

Formation of PDE | Elimination of Arbitrary Function | Questions

Formation of Partial Differential Equation |. Elimination ofArbitrary Constants

Formation of Partial Differential Equation |. Elimination ofArbitrary Constants

CANONICAL FORMS | PARABOLIC EQUATIONS | SECOND ORDER PDE

CANONICAL FORMS | PARABOLIC EQUATIONS | SECOND ORDER PDE

CANONICAL FORMS| PARABOLIC EQUATIONS | SECOND ORDER PDE

CANONICAL FORMS| PARABOLIC EQUATIONS | SECOND ORDER PDE

Canonical Forms| Elliptic Equations| Second order PDE

Canonical Forms| Elliptic Equations| Second order PDE

Canonical Forms| ELLIPTIC Partial Differential Equation|

Canonical Forms| ELLIPTIC Partial Differential Equation|

Canonical Form of HYPERBOLIC Function

Canonical Form of HYPERBOLIC Function

CANONCAL FORMS- HYPERBOLIC

CANONCAL FORMS- HYPERBOLIC

Classification of PDE- Hyperbolic Parabolic, Elliptic

Classification of PDE- Hyperbolic Parabolic, Elliptic

PARTIAL DIFFERNTIAL EQUATIONS- Standard Types

PARTIAL DIFFERNTIAL EQUATIONS- Standard Types

Charpit's Method Lecture 4- Non Linear Differential Equations

Charpit's Method Lecture 4- Non Linear Differential Equations

Charpit's Method- PDE

Charpit's Method- PDE

Charpit's Method - Solving Non Linear Partial Differential Equation

Charpit's Method - Solving Non Linear Partial Differential Equation

Charpit's Method - For solving on linear Partial Differential Equation

Charpit's Method - For solving on linear Partial Differential Equation

Partial Differential Equation- Questions on Lagrange's Method

Partial Differential Equation- Questions on Lagrange's Method

PDE- Lagrange's Multiplier Method

PDE- Lagrange's Multiplier Method

PDE-Lagrange's Method (Choosing multiplier such that denominator becomes zero)

PDE-Lagrange's Method (Choosing multiplier such that denominator becomes zero)

Lagrange's Method

Lagrange's Method